Inputting ABM outputs into PV ICE

Simulation Descriptions:

Import libraries and create test folder

Create initial simulations

Modify parameters: Simulation 1 (r1), same installs for all scenarios: what is the effect of different reuse, recycle, and repair rates?

For r1_better_lifetime, modify same parameters as above, while also modifying scenario reliability inputs: mod_lifetime, mod_reliability_t50, & mod_reliability_t90

Modify parameters: Simulation 2 (r2), same installs for all scenarios: what is effect of different reuse, recycle, and repair rates when recycling efficiency is improved?

For r2_better_lifetime, modify same parameters as in r2, while also modifying scenario reliability inputs as in r1_better_lifetime: mod_lifetime, mod_reliability_t50, & mod_reliability_t90

Modify parameters: Simulation 3 (r3), same installs for some scenarios: what is the effect of module reliability when recycle rates, reuse rates, repair rates, and recycling efficiencies changed for select scenarios with different repair bins?

Modify parameters: Simulation 4 (r4), change new installs due to increased installed capacity for all scenarios: what is the effect on cumulative new installs and yearly virgin material demand for different repair bins?

Run Mass Flow Calculations

Creating a summary of results in a new data frame

Plotting with USyearly and UScum data frames: r1

Plotting with USyearly and UScum data frames: r2

Plotting with USyearly and UScum data frames: r3

Plotting with USyearly and UScum data frames: r4A-r4D

Graphing ABM outputs

Data Validation

Rerun r2 with Julien's new installs and recovery rates and see results